Active clinical trials for "Status Epilepticus"

This clinical trial evaluates the safety and diagnostic performance of a newly developed combined catheter that will be implanted into the brain of patients with severe brain injury for short time (up to 28 days) monitoring of the electric activity and the metabolism of brain tissue at risk. Ten patients will be monitored with the new device and seven patients will be monitored by intracerebral probes according to standard treatment.

Altered mental status (AMS) is one of the most common reasons for inpatient neurology consultation. Non-convulsive status epilepticus (NCSE) is frequently on the differential diagnosis of the patient with AMS. NCSE becomes more refractory to treatment after one hour of seizure activity, making rapid identification and treatment of NCSE of great clinical importance. Currently, an electroencephalogram (EEG) technologist must be called in from home during non-workday hours in order to obtain a stat EEG. The investigators propose the time required for diagnosis of NCSE at Mayo Clinic can be significantly decreased with rapid placement of an EEG cap by the onsite neurology residents.

This study is designed as a prospective, non-randomized, observational, multicenter clinical trial. The primary aim of this study is to observe if the use of the rapid responds electroencephalography (EEG) system impacts physician decision making. Secondary aims include exploring the safety and performance information of the Ceribell EEG system compared to conventional EEG system. The study will recruit physicians (Faculty physicians and Trainees) at up to five institutions and examine the impact of rapid response EEG when providing care to patients in whom EEG recording has been ordered for clinical reasons.

Data strongly suggests that aggressive and early treatment of status epilepticus (SE) is crucial for seizure abortion and prevention of long-term neurologic sequelae. We propose the creation of a seizure action plan, an intervention aimed to guide daily medication use, outline pre-hospital seizure first aid and rescue medication use, and direct emergency personnel in patients' individualized SE medication algorithm, with implementation through the electronic medical record. We hypothesize that the seizure action plan will promote daily medication adherence, increase use of home rescue mediation, and improve timeliness of AED (antiepileptic drug) delivery, length of hospital stay, and ICU admission rate in episodes of status epilepticus.

•Background: Intravenous clonazepam is the most widely used first-line benzodiazepine in Europe for the initial management of status epilepticus in children. The guidelines of the "Société de reanimation de langue francaise" (SRLF) and the "société française de médecine d'urgence" (SFMU) published in 2018 recommend an initial loading dose of 0.015 mg / kg of clonazepam in this situation (maximum 1.5 mg). To our knowledge, there is no specific study of the efficacy of clonazepam according to the dose used. Objective: To compare the effectiveness of the initial loading dose of clonazepam in children treated for status epilepticus •Methods: Monocentric retrospective study including children < 16 years who have benefited from an initial loading dose of clonazepam in the context of status epilepticus treated at the Montpellier University Hospital between January 2016 and June 2019. The investigators collected data from medical records (clinic, treatment , evolution) and compared these according to the dosage of clonazepam used. •Discussion: Among the benzodiazepines used in the first-line treatment of pediatric status epileptic, lorazepam and midazolam are the most widely used drugs in the world. Lorazepam is not so much used in Europe because the injectable form is not available for a daily use. Conversely, clonazepam is used in a large number of European countries but is rarely used in the United States due to the lack of an injectable form. About the tolerance of treatment, except overdose situations, clonazepam is a drug well tolerated in the pediatric populatin. The main side effects of clonazepam are respiratory depression and impaired alertness. To our knowledge, this study is the first to examine the efficacy depending on the initial loading dosage of clonazepam in children status epilepticus.

Electrical status epilepticus in sleep (ESES) is a pattern of abnormal discharges in the electroencephalogram (EEG). Children who have this pattern present seizures and neuropsychological regression. There are no studies that systematically evaluate the response of abnormal discharges in the EEG, seizures and neuropsychological regression to different antiepileptic treatments. Therefore, treatment strategies in ESES are not based on scientific evidence. High-dose benzodiazepines such as diazepam (valium) have been reported to improve the severe EEG abnormalities of patients with ESES in the short-term. But the long-term response of seizures and neuropsychological regression has not been systematically studied. Clobazam is a benzodiazepine derivative with antiepileptic properties. The pharmacologic properties of clobazam make of this drug a particularly useful option in ESES: in patients with ESES the alpha-2 subunit of the GABA receptor is preferentially up-regulated and clobazam may have a higher affinity for this particular subunit, so investigators expect a higher effect of this drug on ESES patients than with other benzodiazepines (Loddenkemper et al, in preparation). The aim of our study is to objectively evaluate the response to clobazam treatment of neuropsychological deficits, seizures and abnormal discharges in the EEG in patients with ESES. Clobazam treatment is used in routine clinical practice and investigators will objectively quantify its effect. Our working hypothesis is that high-dose clobazam treatment may control the abnormal epileptiform discharges in the EEG in patients with ESES. The reduction in abnormal epileptiform discharges may lead to an improvement in neuropsychological deficits and seizures. The predicted improvement in seizures and neuropsychological function would lead to a better quality of life in these patients.

Children frequently present with altered or reduced consciousness levels to emergency departments. By using EEG monitoring, subclinical seizure activity may be detected, leading to earlier pharmacological intervention and improved outcomes. Post-ictal phases that may be interpreted as seizure activity may become less over-treated. A feasibility study will ascertain if EEG monitoring can be applied successfully in this cohort, within a specified time period, obtaining minimum artefact (defined as < 25% artefact). EEG recordings will not be used to guide clinical management during this feasibility study.

In Kuopio University Department of Clinical Neurophysiology there have been designed a fast EEG electrode, that is suitable for acute emergency use. It is easy to set up, records high quality EEG and can detect the most important EEG abnormalities comparable to conventional EEG. This study will address the clinical use of acute EEG with fast electrode set in in-hospital patients who have been consulted by Medical Emergency Team because of seizure or altered mental state of uncertain etiology. Patients are going to be treated in ICU and EEG monitoring will continue for 24 hours.

The aim of the study is to evaluate, prospectively, prognosis factors associated with convulsive status epilepticus (CSE) in adults hospitalized in intensive care units.

This study will help to identify the causes of new epilepsy and provide a basis for the development of a rational and standardized diagnosis and treatment plan to reduce the rate of disability and death.